GE MULTILIN D30 D3P3CH HMI FRONT PANEL

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GE MULTILIN D30 D3P3CH HMI FRONT PANEL Specification

Working Temperature
-10C to +60C (typical for control panels)

Cooling Method
Passive (no active cooling required)

Features
LCD Display, Membrane Keypad, LED status indication, Panel-mountable

Output Type
Interface/Display Unit

Operating Temperature
-10C to +60C

Application
User interface for GE Multilin D30 Protection Relay

Noise Level
Silent operation

Connector Type
Ribbon Cable Connector / Header interface

Power Supply
From D30 Relay (internal interface connector)

Product Type
HMI Front Panel for GE Multilin D30 D3P3CH

Output Power
N/A (Front panel does not supply load power)

Input Voltage
Powered from relay; typically 5V/12V DC (from D30 Main Unit)

Voltage Protection
N/A (Relies on D30 system protections)

Efficiency
N/A (Not applicable to front panel)

Material
Industrial-grade Plastic/Polycarbonate

Storage Temperature
-40C to +85C (estimated, per GE Multilin specs)

Weight
Approx. 180g to 220g

About GE MULTILIN D30 D3P3CH HMI FRONT PANEL

Favorably reviewed and highly sought by elite industry professionals, the GE MULTILIN D30 D3P3CH HMI FRONT PANEL is an illustrious user interface for the redoubtable D30 Protection Relay series. Capitalise on its robust monochrome LCD, comprehensive membrane keypad, and advanced multi-color LED indicators to optimize relay control and monitoring. Engineered from industrial-grade polycarbonate, this panel mount HMI ensures reliable operation and IP54-rated protection. Buy this interface unit to guarantee precise, effortless relay management for critical electrical environments requiring excellence and dependability.

Versatile Applications Across Industrial Sites

The GE MULTILIN D30 D3P3CH HMI FRONT PANEL is expertly designed for a range of applications in electrical substations, power plants, and advanced industrial facilities. This panel delivers optimal user interface functions for GE Multilin D30 relays, making it ideal for high-stakes environments requiring precise protection relay management. Common sites of application include utility substations and plant control rooms. Its robust construction and compatibility ensure safe, reliable deployment wherever mission-critical electrical control is required.

Premium Packaging and Domestic Availability

Each GE MULTILIN D30 D3P3CH HMI FRONT PANEL reaches customers in premium secure packaging, ensuring safe drop-off and protection during transit. Flexible payment terms are available to accommodate buyers preferences, enhancing convenience and assurance during the sale process. The main domestic market covers all major regions in India, delivering this acclaimed relay interface solution where its most neededbacked by reliable sale price points and seamless logistics for prompt supply to elite industrial operations.

FAQs of GE MULTILIN D30 D3P3CH HMI FRONT PANEL:

Q: How does the GE MULTILIN D30 D3P3CH HMI FRONT PANEL improve relay operation?

A: By providing a user-friendly monochrome LCD display, responsive membrane keypad, and clear multi-color LED indications, the panel streamlines relay monitoring and control, leading to more efficient and informed operations.

Q: What sites are best suited for installing this HMI front panel?

A: It is best suited for use in electrical substations, power plants, and industrial control roomsany sites relying on GE Multilin D30 series relays for protection and operational excellence.

Q: Where can I purchase the GE MULTILIN D30 D3P3CH HMI FRONT PANEL in India?

A: This product is available through select premium suppliers and traders across major industrial regions in India, ensuring wide availability for domestic customers.

Q: What are the advantages of the front panels ingress protection rating?

A: The IP54 rating safeguards the unit against dust and water splashes on the front panel, protecting internal components and ensuring uninterrupted operation in demanding environments.

Q: How is the GE MULTILIN D30 D3P3CH HMI powered and connected?

A: The panel is powered from the relays main supply via an internal connector and interfaces using a ribbon cable or header connection, ensuring seamless integration and reliable communication with the host unit.

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